Guides
Vibratory finishing, explained
Media, compounds, cycle times, machine types and material-specific workflows, written for engineers.
Guide
Ceramic vs Plastic Vibratory Finishing Media
Ceramic and plastic media are the two workhorses of vibratory finishing. Choosing correctly is the single biggest factor in whether a process cuts fast, leaves a clean surface and stays economic. This guide explains where each belongs, reflecting typical UK production practice across steel, stainless, aluminium, brass and zinc.
Guide
Choosing the Right Vibratory Finishing Media
Media selection makes or breaks a vibratory finishing process. Get it wrong and parts lodge together, media jams in holes and slots, or the surface finish never converges. This guide sets out the rules of thumb used in UK production for choosing size, shape and grade.
Guide
Vibratory Finishing Cycle Times, Realistic Ranges
Cycle time is the question every buyer asks first. The honest answer is a range, because it depends on machine type, media, compound, part material and the target finish. Below are typical ranges seen in UK production work, along with when to shift to a high-energy machine.
Guide
Deburring Aluminium Parts, What Actually Works
Aluminium is easy to damage and easy to stain. The wrong media peens the burrs flat instead of removing them; the wrong compound leaves water marks that ruin a pre-anodise finish. This guide covers what works in production on 6000-series, 5000-series and cast aluminium.
Guide
Vibratory Finishing Compounds and Additives Explained
The compound is the chemistry that makes vibratory finishing work. It cleans the parts, inhibits corrosion, lubricates the media, and controls whether you get a cut, a burnish or a polish. This guide covers the main compound families and when to use additives on top.
Guide
Bowl vs Trough vs High-Energy Vibratory Finishers
Machine choice is set by part geometry, batch size and required cycle time. Getting this right up front saves years of running the wrong process. This guide compares the three families most commonly used in UK subcontract finishing.
Guide
Tumble vs Vibratory Finishing: Which Process Fits Your Parts?
Tumble finishing and vibratory finishing are the two most common mass finishing processes. Both put parts and media together in a container and let mechanical action do the work, but the way they move the load is fundamentally different. Barrel finishing relies on aggressive sliding and gravity; vibratory finishing uses high-frequency scrubbing. That difference drives cycle time, part size limits, surface finish and running cost. This guide compares them in plain terms for engineers choosing a process.
Guide
How to Choose a Vibratory Finishing Subcontractor in the UK
Most engineers who need vibratory finishing do not own a machine. They send parts out. Choosing the right subcontractor, and specifying the job properly, decides whether the parts come back right first time or come back with a problem. This guide covers when to outsource, what a good supplier will ask you, how to compare quotes, and the main UK providers.